The phrase "a nominal design" is correct and usable in written English.
It can be used in contexts related to design, particularly in fields like architecture, engineering, or product development, where it refers to a design that is theoretical or minimal in nature.
Example: "The team presented a nominal design that outlined the basic structure of the project without delving into detailed specifications."
Alternatives: "a basic design" or "a theoretical design".
Established techniques for the physical registration of real components have been adapted to localise virtual models in relation to a nominal design model.
Simulations validate the expectation that the constraints are probabilistically more likely to be satisfied using the robust design than a nominal design based on uncertain parameters.
As a result of electric power deficiency in the country one of the main immediate tasks is lifetime extension of operating NPPs of the first generation featuring WWER-440/230 reactors with a nominal design service life of 30 years.
Even with this armor, the concept initially called for a nominal design life at Europa of just 30 days, with later versions boosting that up to 109 days, Senske said.
Stated as a percentage of the nominal design frequency, the bandwidth of an antenna is a band of frequencies over which it performs acceptably.
Overall, compared to the optimal nominal design, a significant increase in power is observed (+32% for the case ), but the final system allows for wide margins to compensate modeling inaccuracies and layout effects.
In order to investigate the sensitivity to specific parameters in the metamaterial design and the robustness of the design, a set of variations on the nominal design are investigated.
Dynamic reliability aims to relax the rigid hypotheses of traditional reliability enabling the possibility to model multi-state systems and consider changes of the nominal design condition of a system.
Each exhibited a characteristic efficiency vs. compression ratio curve, with a peak at the point of its nominal design conditions.
For a given value of slenderness, the AISC nominal design buckling resistance is close to the average of the ultimate loads obtained from the parametric study and the Eurocode and JSSHB specifications are generally conservative.
Basic machine-tool settings are analytically determined from basic transmission data with the aim of getting favorable conditions of meshing and contact when the gear drive is transmitting a nominal or design load and shaft deflections occur.
